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TV commercial
for Quies silicone earplugs

  • TV commercial <br />for Quies silicone earplugs
  • Notice d'utilisation des protections silicone - PDF de 2.19 MB
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Silicone earplugs
For swimmers


Quies silicone earplugs are completely water-tight and stay snugly in place so that you can focus on swimming—rather than keeping the water out of your ears!
They are soft and highly malleable, conforming to the unique shape of your ear canal.
Quies silicone earplugs can also be used to protect your ears from dust, cold, and noise (with a noise reduction rating of 24 dB) without cutting you off from the world.
Reusable.
And now, for maximum protection: Maxi Silicone (New)

Material: Soft silicone.
Hypoallergenic.

Meets CEN (European Committee for Standardization) standard EN 352-2 for hearing protection devices.

  • Uses
  • Instructions
  • Recommendations
  • Noise attenuation

For swimming in the sea or swimming pool, showering, and water sports.
For water-sensitive ears and children with ear tubes.

While swimmingWhile showering

  • Mould the earplug between your fingers and place it gently inside the outer ear canal.
  • Pull your earlobe back with the opposite hand to open the ear canal; this will allow any air to escape and prevent any buzzing or ringing in the ear during use.

Shape the earplugInsert the earplug

  • Do not cut the earplugs or push them inside your ear canal.
  • Do not use for scuba diving.
  • Use only if your ears are clean and healthy.
  • Inspect the earplugs regularly and change as necessary.

Do not push the earplug inside the earDo not cut the earplug

Storage: Keep your earplugs in their case and store in a cool, dry place.

SNR (Single Number Rating) 24
H (High Level) 28
M (Medium Level) 20
L (Low Level) 17


- SNR is the Single Number Rating system used to rate overall noise attenuation properties; it is the average of all other measurements combined.
- H, M, and L stand for High, Medium, and Low frequencies.
The numbers 28, 20, and 17 denote the average noise attenuation in decibels for the high, medium, and low frequencies, respectively.